Installation | Basic usage | Reading feeds | Writing feeds | Checking GTFS objects

1) Introduction | 2) Setup data | 3) Distribute seats in every district independently | 3.1) Function to distribute seats in districts | 3.2) Actual distribution method (D'Hondt) | 3.3) Alternative methods | 3.4) Compare seat share with vote share | 4) Biproportional method | 4.1) Biproportional party seats | 4.2) Distribute seats among districts as well | 5) Effect of a system change on seat distribution

1) Introduction | Analyzing the Votes Matrix | 2) Standard Biproportional Apportionment | 3) Modifying biproporz with Parameters | Applying a Quorum | Alternative Apportionment Methods | Custom Rounding Function | 4) District Winner Methods | Winner-Take-One (WTO) | WTO with an Alternative Upper Apportionment Method | WTO with Ties | Guaranteeing District Winners a Seat

Introduction | Installation & Dependencies | The General Transit Feed Specification | Read a GTFS Feed | Feed Validation Results | Finding More GTFS Feeds | Feed registries | Using MobilityData

Overview | Prepare data | Analyse Data | Exploration Plot | Names for service patterns | Visualise services | Plot calendar for each service pattern | Plot number of trips per day as calendar

Read GTFS data | trip_origin and trip_headsign | Create A Departure Time Table | Trips departing from stop | add route info (route_short_name) | Extract a single day | Simple plot

Introduction | Setup | Outline | 1) Import Transit Data (GTFS) | 2) Identify Weekday Schedules of Service | 3) Calculate Headways | 4) Map Headways By Route | 5) Map Departures by Stop and Route